Marine Link
Friday, April 26, 2024
SUBSCRIBE

Teledyne Marine Systems News

16 May 2014

US Hearing to Focus on New Ocean Technologies

The Subcommittee on Coast Guard and Maritime Transportation, chaired by Rep. Duncan Hunter (R-Calif.), will hold a hearing next week to examine the proliferation of new ocean technologies, how such technologies could improve government performance, and any impediments that exist in the use of such technologies. The federal government is responsible for recording, understanding, monitoring and protecting the oceans in the Exclusive Economic Zones which surround United States and territories out to 200 miles, and even in areas of the ocean beyond those littoral zones. Understanding and monitoring both the physical characteristics of these areas and how these areas are being used is vital to our national defense…

17 Sep 2013

Meet The "Teledyne Twelve”

Kikendall

Teledyne Marine has steadily built an armada of technologies and brands serving nearly every facet of the subsea sector through systematic acquisition, investment and organic growth. Recently MTR solicited the insights of a quartet of executives representing the various brands to discuss the evolution and future direction of the Teledyne Marine brand. Executives offering insights included Bill Kikendall, President of the newly formed Marine Sensors and Systems Group at Teledyne Technologies, Inc., Thomas W.

27 Feb 2013

Teledyne Webb's APEX® Deep MakesRecord Dive

Deploying APEX Deep: Photo credit Teledyne Webb Research

Teledyne Webb Research's Autonomous Profiling Explorer (APEX®) Deep, dives to a record 6,000 meters. The record drive, in the Puerto Rico trench was launched from the R/V Kruger B out of San Juan, starting its dive the afternoon on February 25, 2013. Approximately twenty two hours later the float surfaced and transmitted its data over the Iridium satellite network. APEX floats are based on a buoyancy engine and have been commercially available since founder Douglas Webb opened Webb Research in 1982. APEX floats descend to a programmed depth where they become neutrally buoyant and drift.